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5 Kanserli Hücrelerin Tespiti İçin Yapay Zeka Destekli Sistemler
Artificial Intelligence

5 Artificial Intelligence Aided Systems For Detection Of Cancer Cells

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Masqot Community
Masqot CommunityCreator
2 min read
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Cancer early diagnosis plays a role in life-saving. Artificial intelligence and computerized vision technologies provide solutions to revolutionize the medicine in this critical field. Studies of scientists at Istanbul Technical University (ITU) represent an important step in this field.

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1. How does the system work?

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This system supported by artificial intelligence has been developed to accelerate the process of reviewing the tissue samples of the patologists and to put more exact diagnosis.

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  • Imaging and Analysis: Tissue samples obtained under the microscope are analyzed in seconds by artificial intelligence algorithms.
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  • Decision Support System: Algorithms support the final decision of the pathogen while determining whether cancerous cells are detected.
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  • Specialized Analysis: The system offers customized analysis methods for different types of cancer and tissue samples.
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2. 2. Advantages

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2.1. Faster Diagnostic Process

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The use of artificial intelligence algorithms instead of manual review makes the diagnostic process much faster while reducing the workload of the patologists.

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2.2. Increased Accuracy Rates

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The system enables the human error to achieve more precise results. This situation minimizes visibility differences between different patologists.

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2.3. More Focus Area

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Pathologists find the chance to focus on other critical points by reviewing the results that algorithms provide quickly.

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3. Future Potential

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This system has the potential to change standards in both local and global cancer diagnostic processes. Combined with the prevalence of technology:

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  • The diagnosis period can be shortened further.
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  • Newly customized models for different types of cancer can be developed.
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  • It can be easily integrated in all hospitals.
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These technologies based on artificial intelligence in the detection of cancerous cells are looking for the door of a future that has advanced medical achievements.

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Don’t miss out on our other content if you’ve seen your interest!All here

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wp:paragrap h Cancer early diagnosis plays a role in life-saving. Artificial intelligence and computerized vision technologies provide solutions to revolutionize the medicine in this critical field. Studies of scientists at Istanbul Technical University (ITU) represent an important step in this field. /wp:paragrap h wp:head g 1. How does the system work? /wp:headin g wp:paragrap h This system supported by artificial intelligence has been developed to accelerate the process of reviewing the tissue samples of the patologists and to put more exact diagnosis. /wp:paragrap h wp:list wp:list-item Imaging and Analysis: Tissue samples obtained under the microscope are analyzed in seconds by artificial intelligence algorithms. /wp:list-item wp:list-item Decision Support System: Algorithms support the final decision of the pathogen while determining whether cancerous cells are detected. /wp:list-item wp:list-item Specialized Analysis: The system offers customized analysis methods for different types of cancer and tissue samples. /wp:list-item /wp:list wp:head g 2. 2. Advantages /wp:headin g wp:heading {"level":3} 2.1. Faster Diagnostic Process /wp:headin g wp:paragrap h The use of artificial intelligence algorithms instead of manual review makes the diagnostic process much faster while reducing the workload of the patologists. /wp:paragrap h wp:heading {"level":3} 2.2. Increased Accuracy Rates /wp:headin g wp:paragrap h The system enables the human error to achieve more precise results. This situation minimizes visibility differences between different patologists. /wp:paragrap h wp:heading {"level":3} 2.3. More Focus Area /wp:headin g wp:paragrap h Pathologists find the chance to focus on other critical points by reviewing the results that algorithms provide quickly. /wp:paragrap h wp:head g 3. Future Potential /wp:headin g wp:paragrap h This system has the potential to change standards in both local and global cancer diagnostic processes. Combined with the prevalence of technology: /wp:paragrap h wp:list wp:list-item The diagnosis period can be shortened further. /wp:list-item wp:list-item Newly customized models for different types of cancer can be developed. /wp:list-item wp:list-item It can be easily integrated in all hospitals. /wp:list-item /wp:list wp:paragrap h These technologies based on artificial intelligence in the detection of cancerous cells are looking for the door of a future that has advanced medical achievements. /wp:paragrap h wp:paragrap h Don’t miss out on our other content if you’ve seen your interest! All here /wp:paragrap h wp:paragrap h /wp:paragrap h

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